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ALOMAR
The Andøya Rocket Range (ARR) represents a very sophisticated
infrastructure for scientific studies of the Arctic atmosphere and
ionosphere. ARR provides scientists with unique experimental tools that
comprise the use of modern launch facilities in North Norway (69N) for
sounding rockets and balloons as well as highly sophisticated
ground-based instrumentation. ALOMAR (Arctic Lidar Observatory for
Middle Atmosphere Research) near the Range is the most complex example
of the ground-based facilities.
ARR with ALOMAR provides scientists with the unique year-around
opportunity of both long- and short-term monitoring of Climate change
parameters, performed by a variety of ground-based state-of-the-art
instruments, which can be combined with rocket- and balloon-borne
measurements.
ALOMAR eARI
Since 1998, ALOMAR ARI has provided funding under the EU’s 4th and 5th
framework programme (FP) for researchers using the facility. From 2004
to 2007, this project continues through the ALOMAR eARI under the EU’s
6th FP. Here ALOMAR/ARR offers access to a selection of ALOMAR
instruments and also to a new service “HotPay”, that provide the
unique opportunity to install scientific instruments onboard two
sounding rockets that will explore the mesosphere and the ionosphere.
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Services Offered to Users
through the ALOMAR eARI
As part of the EU Commission’s programme “ Structuring the European
Research Area: Research Infrastructures “, the ALOMAR eARI offers
scientists from member states of the European Union and associated
countries two possible approaches to apply for transnational access:
- ALOMAR Facility:
Access to a selection of ground-based instruments.
- HotPay Services:
Access to an instrument platform on a rocket.
EU covers Transport, Travel & Subsistence cost related to these
defined projects.
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Why
apply for ALOMAR eARI?
You are offered:
- An opportunity to investigate the physics, chemistry and
dynamics of the Arctic Atmosphere and ionosphere by both long- and
short-term monitoring techniques at a geographic location close to the
boundary of the Polar Vortex and within the auroral zone.
- The use of an ensemble of ground-based instruments (Lidar,
Radar, Riometer, Ionosonde, All-sky Camera etch), which covers all
atmospheric layers from the troposphere to the thermosphere and
ionosphere.
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- A combination of remote sensing methods with in-situ
measurements from rockets and balloons.
- Possibilities for making in-situ measurements in the middle
atmosphere or the ionosphere, by mounting your instrument in a sounding
rocket
- Easy and convenient travel to ARR at all times of the year.
- Support from ARR with long experience in dealing with
international research projects
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